Assessing the readiness of Greek municipalities to manage bioplastics in municipal waste management streams

Barbir, Jelena, Lingos, Alexandros, Foschi, Eleonora, Stasiskiene, Zaneta, Skanavis, Constantina, Fletcher, Carly and Leal Filho, Walter ORCID: https://orcid.org/0000-0002-1241-5225 (2024) Assessing the readiness of Greek municipalities to manage bioplastics in municipal waste management streams. Discover Sustainability, 5 (1). 222. ISSN 2662-9984

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Abstract

Each year citizens of the European Union (EU) generate 2.5 billion tonnes of waste; equating to five tonnes of waste per person per year. To ensure optimal material recovery, and to support the move towards a circular economy, proper separate collection of waste is necessary. The current trend of increasing collection rates, encouraged by EU legislation, is promising; however, progress is uneven both across and within EU member states. While European and national targets provide the overarching driver for better waste collection, regional and local implementation is crucial for achieving continued progress. Therefore, it is vital to consider the disparity among the different EU countries when introducing new materials, such as bioplastics (bio-based and/or biodegradable plastics), into current national waste management streams, and any new introductions should be carefully evaluated before further actions are recommended by local authorities. As a member state that is heavily reliant on tourism, proper solid waste management is of vital importance in Greece, especially during the peak summer season. Considering the rapid expansion of bioplastics in the European market, it is important to assess the readiness of municipalities in Greece to manage this new category of solid waste. Data collected from 51 Greek municipalities via questionnaire (distributed to public authorities or waste management companies) showed that the current situation and capacities for adapting waste management streams to process bio-based and/or biodegradable plastics is still limited in Greece. Therefore, the readiness of Greece to process an increasing proportion of bioplastics within the waste stream (using the current waste management systems) is very low, as a result, such innovative materials are currently seen more as a problem than a ready-to-implement solution.